Master browser automation with OpenClaw. Learn the extension, browser relay, CLI commands, and real-world automation workflows.

Here's what most people get wrong about OpenClaw browser automation: they think the Chrome extension is optional. They assume you just install OpenClaw and somehow it magically controls your browser. Then they get frustrated when the agent can't do anything useful.

The reality? The browser extension is where OpenClaw actually becomes powerful. It's the bridge between OpenClaw and the actual work that needs to happen on your screen. Without it, OpenClaw is just another tool. With it, it becomes an extension of your hands—able to navigate, click, read, fill forms, and automate the repetitive stuff that normally wastes your time.

We spent the last few weeks figuring out exactly how this works. The documentation is real, but it's fragmented and assumes you already understand Chrome DevTools, browser profiles, and relay servers. This guide consolidates everything into practical steps.

What You'll Learn: How to install and configure the OpenClaw Chrome extension, set up browser relay, master the CLI commands, implement real automation workflows, and actually secure it so you're not handing your browser to a rogue AI.

OpenClaw AI alternatives

Codex vs Claude vs Gemini

Understanding OpenClaw Browser Automation

image showing OpenClaw browser extension architecture

Let's be clear about what's happening here. When you run OpenClaw, you're actually running three interconnected pieces of software. Understanding this architecture is the difference between using the tool effectively and spending hours debugging why nothing works.

The Three Parts of OpenClaw Browser Control

1. The Gateway (Your Command Center)

The Gateway is OpenClaw's central engine—it can sit on your computer or run on a server somewhere else on your network. Think of it as the brain of your automation. OpenClaw actually lives inside the Gateway, thinking through problems and deciding what needs to happen next. When OpenClaw decides "I should click the login button," the Gateway is responsible for translating that into the actual instruction that makes it real.

2. The Browser Control Service (The Middleman)

This is a small HTTP server that runs on your machine, separate from the Gateway. Its job is incredibly specific: translate commands from the Gateway into actual browser actions. Want to take a screenshot? The service does that. Want to click a button? It clicks. Want to read what's on the page? It reads. It uses something called the Chrome Debug Protocol (CDP) to communicate with Chrome.

3. The Chrome Extension (Your Hands)

This is what most people focus on, and rightfully so. The extension is the actual component that runs in your browser. When you click the toolbar button to attach it to a tab, the extension becomes the direct link between the control service and the page you're viewing. Without the extension, the control service can still manage a separate openclaw-specific browser profile. With the extension, it can hijack your existing Chrome tabs.

Why This Matters: Understanding these three layers helps you debug. If the extension can't connect, it's usually a relay server issue (the middleman is broken). If the relay server can't connect to Chrome, it's usually a Chrome path or port issue. If Chrome won't start at all, it's a configuration problem on the Gateway.

What You Can Actually Do with This Setup

Once these three parts are connected, the possibilities open up. You can automate:

Navigate to any URL automatically
Read the content of a page and understand what's there (visual snapshots, page structure)
Click buttons, links, and interactive elements using smart references
Type into form fields, including complex multi-step forms
Drag and drop, select from dropdowns, fill multi-field forms
Take screenshots (both element-level and full-page)
Set cookies, headers, geolocation, timezone, device type
Wait for specific conditions (URL changes, elements appearing, code conditions)
Scrape data from pages automatically
Download files, upload files, handle dialogs
Generate PDFs of pages
Execute JavaScript in the page context

None of this requires you to write any CSS selectors or write complicated automation scripts. The agent figures it out by looking at the page structure and understanding what's interactive.

Want more context? Check out our deep dive on what OpenClaw AI actually is and how it compares to other automation tools in our OpenClaw alternatives guide.

Chrome Extension vs Managed Browser (Which Approach?)

This is the fundamental choice you'll face. Both work. Both are legitimate. They're just different trade-offs.

Chrome Extension Relay

What it does: Controls your actual Chrome tabs through the extension.

Setup: Install an unpacked extension, click a button to attach to a tab.

Pros:

Zero maintenance—no separate browser to manage
Works with your existing tabs, bookmarks, and logged-in sessions
No extra resource usage
Already in your workflow

Cons:

Risky—if you attach to your daily-driver Chrome tab, the agent can access everything
Doesn't isolate automation from your personal browsing
Requires a relay server running locally

Managed Browser Profile

What it does: Launches a separate, isolated Chrome profile that only OpenClaw uses.

Setup: Configure in JSON, OpenClaw launches it automatically.

Pros:

Isolated—completely separate from your personal browsing
Safer—even if compromised, can't access your real Chrome profile
No extension complexity
Better for multi-user or remote setups

Cons:

Uses more resources (separate browser instance)
Loses your bookmarks and existing sessions
Needs its own profile management

Which Should You Actually Use?

Use the Chrome extension if: You're testing locally, running trusted automation, and want zero friction. For a personal productivity setup where you're automating your own workflows, the extension is the path of least resistance.

Use the managed browser if: You're sharing OpenClaw across a team, the Gateway runs remotely, you're handling sensitive data, or you want to keep your personal browsing completely separate from your automation. This is the production choice.

Use both if: You're like most power users—extension relay for quick local tests, managed profile for anything that matters or runs remotely.

Step-by-Step: Install the OpenClaw Chrome Extension

This is where most people get stuck. The documentation says "load unpacked" but doesn't explain what that actually means or why you need to do it twice (once to install, once to load in Chrome).

Prerequisites

Before you start, make sure you have:

OpenClaw CLI installed: You should be able to run openclaw --version in your terminal
The OpenClaw Gateway running: Usually started with openclaw gateway
Chrome installed: Any Chromium-based browser works (Chrome, Brave, Edge, etc.)
Developer mode access in Chrome: You need to enable this

Installation Steps (What Actually Happens)

1Run the install command

Open your terminal and run:

openclaw browser extension install

What this does: Creates a stable copy of the extension files on your computer. It doesn't touch Chrome yet—it just extracts the extension from the OpenClaw package and puts it somewhere safe. You should see output like:

Extension installed to: /Users/yourname/.openclaw/extensions/chrome

Remember this path. You'll need it in the next step.

2Find the extension path

Run this to see where the extension actually lives:

openclaw browser extension path

This prints the absolute path. Copy it—you need this exact path to load the extension into Chrome.

3Open Chrome Extensions Page

In your Chrome browser, go to:

chrome://extensions/

You should see a page with all your installed extensions.

4Enable Developer Mode

In the top-right corner of the Extensions page, find the toggle that says "Developer mode" and turn it ON. The page will refresh and show new buttons.

5Load Unpacked

Now you should see a "Load unpacked" button in the top-left area. Click it. A file dialog opens. Navigate to the path you copied in step 2, select that folder, and confirm.

Chrome loads the extension. You should see it appear on the extensions list with a warning that it's "unpacked" (this is normal).

6Pin the Extension to Your Toolbar

Find the OpenClaw extension icon (looks like a gear or OpenClaw logo), click the pin icon next to it. Now it stays visible in your toolbar for quick access.

Verify It's Working

Open a new tab with any website. Click the extension icon in your toolbar. You should see:

A badge that says "ON" — the relay is responsive and the extension can talk to the control service
A badge that says "..." — the extension is actively trying to establish the connection (this is normal for a few seconds)
A badge that says "!" — something has blocked communication, most commonly because the relay server isn't actually running on this machine

If you see "ON", you're connected. The extension is now attached to that tab and OpenClaw can control it.

If You See the "!" Error

This is the most common issue. It means the extension can't find the browser relay server. Here's how to fix it:

1. Make sure the Gateway is running: In another terminal, check that openclaw gateway is running. You should see output indicating the gateway is listening.

2. Check the Gateway is local: If you're running the Gateway on a different machine, the extension can't talk to it directly. You need to run a node host on the same machine as Chrome.

3. Check port availability: The relay server defaults to port 18792. Make sure nothing else is using that port: netstat -an | grep 18792 (on Mac/Linux) or check Task Manager on Windows.

4. Restart everything: Stop the Gateway, stop Chrome completely (including background processes), then restart both. Sometimes the relay server just needs a clean restart.

Updating After OpenClaw Upgrades

When you upgrade OpenClaw (via npm update), the extension files in the package are new. You need to update your installed copy:

openclaw browser extension install

Then in Chrome → Extensions page, find the OpenClaw extension and click "Reload". That's it.

Pro Tip: Some people copy the extension path to a sticky location outside of OpenClaw's folder. Don't do this. The extension path should be stable, and OpenClaw manages it. If you move the folder, Chrome will mark the extension as broken.

How Browser Relay Actually Works (The Hidden Magic)

The term "browser relay" confuses a lot of people because it sounds like just a server that relays traffic. It's more specific than that. Let's break it down.

What Browser Relay Actually Is

Browser relay is a small HTTP server that translates between the Extension and the Browser Control Service. When the extension sends a command, the relay server:

Receives the request from the Chrome extension running in your browser
Checks if the relay authentication token is valid (prevents anyone on your network from hijacking)
Converts the request to Chrome Debug Protocol (CDP) messages
Sends those messages to the actual browser control service
Gets the response back and converts it to a format the extension understands
Sends the response back to the extension

Why is this architecture useful? Because the extension runs in the browser (on your machine), the relay server runs on your machine, and they both communicate on your computer. There's no external network traffic. Everything stays local. Meanwhile, the Gateway talks to the relay server through a direct connection, which CAN run over a network if you want.

The Default Configuration

The relay server runs on a specific port. By default:

Gateway port: 18791
Browser control service: 18791 + 2 = 18793 (or the configured port)
Browser relay: 18791 + 1 = 18792

If you change the Gateway port in your config, these related ports shift automatically. The relay always stays one port higher than the control service.

How CLI Commands Use the Relay

When you run openclaw browser snapshot, here's what's actually happening:

User Terminal
    |
    |-- runs: openclaw browser snapshot
    |
    --> connects to Gateway (port 18791)
    --> asks: "what does the attached tab see?"
    --> Gateway tells Browser Control Service
    --> Browser Control Service asks Relay: "what's on screen?"
    --> Relay asks Extension: "what's on screen?"
    --> Extension talks to Chrome
    --> Chrome returns page content
    --> works backwards through chain
    |
    <-- returns snapshot to terminal

The entire chain happens in milliseconds. But understanding the flow helps when debugging. If the snapshot command fails:

Is the Gateway running?
Is the relay server running (check: lsof -i :18792)?
Is Chrome actually attached via the extension?
Are all three pieces trying to talk on localhost?

Configuration: Where to Customize

You can customize relay behavior in your OpenClaw config file (usually ~/.openclaw/openclaw.json):

{
  "browser": {
    "enabled": true,
    "defaultProfile": "chrome",
    "color": "#FF4500",
    "profiles": {
      "chrome": {
        "driver": "extension",
        "cdpUrl": "http://127.0.0.1:18792"
      }
    }
  }
}

enabled: Turn browser control on/off globally

defaultProfile: Which profile to use by default (chrome uses extension relay, openclaw uses managed browser)

cdpUrl: Where the relay server listens. Change this if 18792 conflicts with something else on your machine

Important: Don't expose the relay port to the network. It should only listen on localhost (127.0.0.1). If you need remote access, use a node host on the same machine as the browser, and let the Gateway proxy to it. Never bind the relay to 0.0.0.0 or expose it publicly.

Essential Browser CLI Commands Reference

Once the extension is working, you interact with it mostly through CLI commands or through the agent's browser tool. Let's go through the commands you'll actually use.

Checking Status

First, check if everything is connected:

openclaw browser --browser-profile chrome status

This tells you whether the relay is reachable and whether a tab is currently attached.

Tab Management

List all open tabs:

openclaw browser --browser-profile chrome tabs

Output looks like:

ID: a1b2c3d4
Title: Example Domain
URL: https://example.com/
Type: page

ID: e5f6g7h8
Title: Google
URL: https://google.com/
Type: page

Open a new tab:

openclaw browser --browser-profile chrome open https://docs.openclaw.ai

Focus (bring to front) a specific tab:

openclaw browser --browser-profile chrome focus a1b2c3d4

Close a tab:

openclaw browser --browser-profile chrome close a1b2c3d4

Snapshots: Understanding What The Agent Sees

This is the most important command. When an agent needs to understand a page, it takes a snapshot. There are two types:

AI Snapshot (Default): Uses numeric references

openclaw browser --browser-profile chrome snapshot

Returns something like:

[1] Heading: OpenClaw Browser Extension Guide
[2] Paragraph: Master browser automation with OpenClaw...
[3] Link: "Get Started" [ref=3]
[4] Button: "Install Now" [ref=4]
[5] Text Input: "Search..." [ref=5]

Interactive/Role Snapshot: Uses more intelligent references

openclaw browser --browser-profile chrome snapshot --interactive

Returns:

[button] "Install Now" [ref=e12]
[link] "Get Started" [ref=e13]
[textbox] "Search..." [ref=e14]

The interactive format is actually what the agent prefers because it's more robust. If a button moves around on the page, the numeric reference breaks, but the role-based reference usually survives.

Navigation and Actions

Navigate to a URL:

openclaw browser --browser-profile chrome navigate https://example.com

Take a screenshot (pixels, not HTML structure):

openclaw browser --browser-profile chrome screenshot

Take a full-page screenshot:

openclaw browser --browser-profile chrome screenshot --full-page

Click an element (using the ref from snapshot):

openclaw browser --browser-profile chrome click e12

Type into a field:

openclaw browser --browser-profile chrome type e14 "my search query"

Type and submit (adds Enter):

openclaw browser --browser-profile chrome type e14 "query" --submit

Select from a dropdown:

openclaw browser --browser-profile chrome select e9 "Option A" "Option B"

Fill a multi-field form:

openclaw browser --browser-profile chrome fill --fields '[{"ref":"e1","value":"John"},{"ref":"e2","value":"john@example.com"}]'

Waiting and Conditions

Wait for a specific URL:

openclaw browser --browser-profile chrome wait --url "**/dashboard"

Wait for text to appear:

openclaw browser --browser-profile chrome wait --text "Success"

Wait for a selector to be visible:

openclaw browser --browser-profile chrome wait "#main"

Wait for a JavaScript condition:

openclaw browser --browser-profile chrome wait --fn "document.readyState === 'complete'"

You can stack multiple conditions—the agent won't move forward until every single one is satisfied:

openclaw browser --browser-profile chrome wait "#main" --url "**/dash" --load networkidle

Inspect and Debug

View console errors:

openclaw browser --browser-profile chrome console --level error

View network requests:

openclaw browser --browser-profile chrome requests --filter api

Get response body from an API call:

openclaw browser --browser-profile chrome responsebody "**/api/users" --max-chars 5000

Take a PDF of the page:

openclaw browser --browser-profile chrome pdf

State and Environment

Get all cookies:

openclaw browser --browser-profile chrome cookies

Set a cookie:

openclaw browser --browser-profile chrome cookies set session abc123 --url "https://example.com"

Set geolocation (for location-aware sites):

openclaw browser --browser-profile chrome set geo 37.7749 -122.4194

Set timezone:

openclaw browser --browser-profile chrome set timezone America/New_York

Emulate a device:

openclaw browser --browser-profile chrome set device "iPhone 14"

Go offline (for testing offline functionality):

openclaw browser --browser-profile chrome set offline on

Command Pattern: Most commands follow this pattern: openclaw browser --browser-profile [profile] [action] [target] [options]. If you don't specify a profile, it uses the default (usually "chrome" for extension, "openclaw" for managed browser).

Real-World Automation Examples (What You Actually Build)

Commands are useful, but they don't show you how to actually use this. Let's build three real workflows that people actually want to do. For advanced use cases—like building a full AI assistant or creating complex applications—see our guides on building an OpenClaw AI assistant and replacing SaaS tools with personal AI assistants.

Example 1: Automated Web Scraping with Snapshot

Goal: Visit a website, extract specific data, and save it.

Workflow:

#!/bin/bash

# Navigate to the page
openclaw browser --browser-profile chrome navigate "https://example.com/products"

# Wait for page to load
openclaw browser --browser-profile chrome wait --load networkidle

# Get an interactive snapshot so you can see how the agent will reference each element
openclaw browser --browser-profile chrome snapshot --interactive

# The output shows you all clickable items with their ref numbers (e1, e2, etc)
# Use those refs to target specific products and pull their information

In practice, you'd do this through the agent's browser tool, not manually. The agent would:

Take a snapshot to see the page structure
Extract information about each product from the snapshot
Click each product to see details
Collect all the data
Return it as JSON

Example 2: Filling and Submitting Forms

Goal: Automate a signup flow that requires multiple pages. Looking for an ambitious project? See how we built a Reddit-like social network with OpenClaw AI agents.

# First page: basic info
openclaw browser --browser-profile chrome navigate "https://example.com/signup"
openclaw browser --browser-profile chrome wait --text "First Name"
openclaw browser --browser-profile chrome snapshot --interactive

# Fill the form (refs come from snapshot)
openclaw browser --browser-profile chrome type e1 "John Doe"
openclaw browser --browser-profile chrome type e2 "john@example.com"
openclaw browser --browser-profile chrome type e3 "SecurePassword123"

# Click next button
openclaw browser --browser-profile chrome click e4

# Wait for next page to load
openclaw browser --browser-profile chrome wait --url "**/signup/confirm"

# Take snapshot of page 2
openclaw browser --browser-profile chrome snapshot --interactive

# Fill page 2
openclaw browser --browser-profile chrome type e5 "Organization Name"
openclaw browser --browser-profile chrome click e6  # checkbox

# Submit
openclaw browser --browser-profile chrome click e7
openclaw browser --browser-profile chrome wait --text "Signup successful"

Example 3: Handling Authentication and Cookies

Goal: Log into a site and maintain session for multiple operations.

# Navigate to login
openclaw browser --browser-profile chrome navigate "https://example.com/login"

# Fill login form
openclaw browser --browser-profile chrome snapshot --interactive
openclaw browser --browser-profile chrome type e1 "username"
openclaw browser --browser-profile chrome type e2 "password"
openclaw browser --browser-profile chrome click e3  # login button

# Wait for redirect to dashboard
openclaw browser --browser-profile chrome wait --url "**/dashboard"

# Capture the session cookie
openclaw browser --browser-profile chrome cookies --json > session.json

# Now you can do authenticated operations
openclaw browser --browser-profile chrome navigate "https://example.com/api/profile"
openclaw browser --browser-profile chrome screenshot

# Later, restore the session by importing the cookies
openclaw browser --browser-profile chrome cookies set auth_token "value" --url "https://example.com"

How This Works with the Agent

In practice, you describe what you want in plain English:

"Log into my account at example.com using my saved credentials, navigate to the dashboard, and tell me my current usage stats."

The agent automatically:

Opens the page
Takes snapshots to understand the form
Fills it with the credentials you provided
Waits for the redirect
Reads the dashboard data
Returns it to you

You don't write the CLI commands. You just describe what you need, and the agent figures out the sequence of browser actions.

Security Best Practices (Treat Your Browser Like Your Keys)

This is important enough that we're saying it clearly: when you attach the OpenClaw extension to a Chrome tab, you're giving an AI agent the same access your browser has. If you're logged into your email, the agent can read your email. If you're logged into your bank, the agent can see your account details. This isn't a paranoia thing—it's just how browser access works.

Risk Assessment

If you use Chrome extension relay on your daily-driver browser:

Risk: Very High
What could go wrong: OpenClaw could accidentally read sensitive emails, visit malicious sites you're logged into, steal your data
Recommendation: Don't do this

If you use Chrome extension relay on a dedicated profile just for OpenClaw:

Risk: Medium
What could go wrong: Agent can still access any sites logged into on that profile
Recommendation: Best practice for extension relay

If you use managed browser profile:

Risk: Low-Medium
What could go wrong: Isolated from personal profile, but agent still controls a browser instance
Recommendation: Use this for production and team setups

Actual Security Practices

1. Use a Dedicated Browser Profile

Create a separate Chrome profile just for OpenClaw automation. This way, even if something goes wrong, your personal browsing is completely separate.

In Chrome: Settings → Profiles → Add Profile → "Automation" → attach the extension to this profile only.

2. Limit What You Attach

Don't attach to sensitive tabs (banking, email, password managers). Only attach to tabs where you're comfortable with OpenClaw having full access.

3. Keep the Relay Local

The relay server should ONLY listen on localhost (127.0.0.1). Never expose it to your network or the internet. Your browser and the relay should be on the same machine.

In your config, make sure you never have:

// DON'T DO THIS
"cdpUrl": "http://192.168.1.100:18792"  // Network accessible
"cdpUrl": "http://0.0.0.0:18792"        // Internet accessible

4. Secure Remote Access (If Needed)

If your Gateway runs remotely and needs to control a browser on your machine, use a node host on the browser machine. The node host and relay stay local, and only the gateway connection goes over the network (which you should tunnel through Tailscale or SSH).

5. Monitor What The Agent Does

Before running automation against sensitive sites, check the logs:

openclaw browser --browser-profile chrome requests --filter api
openclaw browser --browser-profile chrome console --level error

Understand what requests are being made and what errors occur. Sanity-check that the agent is only doing what you asked.

6. Use the Managed Browser for Production

If this is anything you're deploying or sharing with a team, use the managed browser profile, not the extension relay. It's safer and more maintainable. For building secure, production-grade AI assistants, check out our complete guide on building OpenClaw AI assistants.

Never:

Expose the relay port to the internet
Attach the extension to your personal email tab
Attach the extension to your password manager tab
Run random automation code without reviewing what it'll access
Assume "it's just localhost" means it's totally safe

Troubleshooting: When Things Break (And They Will)

Extension Badge Shows "!" (Not Connected)

What it means: The extension can't reach the relay server.

Checklist:

Is the OpenClaw Gateway running? ps aux | grep openclaw or check your terminal
Is port 18792 open? lsof -i :18792 (on Mac/Linux)
Is anything else using port 18792? netstat -an | grep 18792
Is the Gateway started with browser enabled? Check config: cat ~/.openclaw/openclaw.json | grep -A5 browser
Try restarting: Close Chrome completely (including background processes), kill the Gateway, then restart both

If none of that works, check the extension Options page (right-click extension → Options) to see what relay URL it's trying to connect to and whether it can reach it.

"Snapshot" Command Returns Empty

What it means: Either the page hasn't loaded yet, or Playwright isn't installed.

Checklist:

Wait for the page to load first: openclaw browser wait --load networkidle
Verify Playwright is installed: npm list playwright in your OpenClaw directory
Check the page actually has content: openclaw browser screenshot to see if anything rendered
Try the role snapshot: openclaw browser snapshot --interactive

Click or Type Commands Fail

What it means: The ref number is wrong, the element isn't visible, or the element is covered by something else.

How to debug:

Take a fresh snapshot to get updated refs: openclaw browser snapshot --interactive
Use the new refs from that snapshot
If it still fails, use highlight to see what it's actually trying to click: openclaw browser highlight e12
Take a screenshot to visually confirm: openclaw browser screenshot
Check browser console for JS errors: openclaw browser console --level error

Extension Won't Load in Chrome

What it means: The path is wrong, or Chrome can't find the files.

Checklist:

Get the correct path: openclaw browser extension path
Verify the folder exists and has files: ls -la /path/from/above/
In Chrome, try "Load unpacked" again, selecting the exact folder
If it still fails, check browser console for errors: Cmd+Option+I (Mac) or Ctrl+Shift+I (Windows)
Sometimes Chrome needs a restart and extension reload: Close Chrome, reopen, and reload the extension

Tab Commands Timeout

What it means: Usually the page is stuck loading, or there's a network issue.

How to fix:

Manually navigate in the browser to see if the page loads
Check if you're behind a corporate proxy that blocks the site
Try a simpler wait: openclaw browser wait --timeout-ms 5000
Check network requests: openclaw browser requests
If the wait hangs, Ctrl+C and try without waiting

General Debug Pattern: When something fails, the path to understanding is always: Take a screenshot (what do you see?) → Take a snapshot (what does it think is there?) → Check console errors (what went wrong?) → Try the operation again. Most problems reveal themselves once you can see what the agent is actually seeing.

Key Takeaways (What Actually Matters)

Browser automation with OpenClaw is powerful but requires understanding the architecture. Here's what to remember:

Three parts work together: The Gateway (makes decisions), the browser control service (translates commands), and the extension (gives hands to your browser)
Extension relay is convenience, not production: Great for testing, use a dedicated profile, not risky for sensitive work
Managed browser is the right choice for scaling: Isolated, safer, better for teams
Snapshots are your debugging tool: When something fails, take a snapshot and you'll usually see the problem
Security matters more than convenience: Don't attach to sensitive tabs, keep the relay on localhost, use separate profiles
The agent figures out the details: You don't need to write automation scripts; you describe what you need, and the agent determines the sequence of browser actions

If you're just starting, install the extension, test locally, and get familiar with the snapshot command. That's 90% of what you need. Once that works, you can explore managed profiles, remote setup, and advanced automation.

Start small. Test on pages you control. Then expand to real workflows. The rest is just repetition.

Questions or issues? Check the official OpenClaw documentation at docs.openclaw.ai. For browser-specific issues, see the browser troubleshooting guide and Chrome extension documentation.

Want to see OpenClaw in action? Check out our interactive web story showing how we built a Reddit-like social network using OpenClaw browser automation.

Last updated: February 2, 2026